Agency strategic plan for the Texas Lottery Commission describing the organization's planned services, activities, and other goals during fiscal years 2005 through 2009.

Agency strategic plan for the Texas State Office of Risk Management describing the organization's planned services, activities, and other goals during fiscal years 2005 through 2009.

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Most of the operations of federal departments and agencies are funded each year through the enactment of several regular appropriations acts. Since these bills are annual, expiring at the end of the fiscal year, regular bills for the subsequent fiscal year must be enacted by October 1st. Final action on some of the regular appropriations bills, however, are typically delayed beyond the deadline. When this occurs, the affected departments and agencies are generally funded under temporary continuing appropriations acts or resolutions until the final funding decisions become law. On January 31st, 2007, the House adopted a fourth continuing resolution, which would extend funding for the nine the outstanding fiscal year 2007 regular bills through the end of fiscal year 2007.

This report discusses federal research and development (R&D) funding. As in the recent past, the FY2007 increase over the FY2006 estimated funding levels is due to significant funding increases in the Department of Defense (DOD) and the National Aeronautics and Space Administration's (NASA's) space vehicles development program.

Safe and permanent storage of carbon dioxide in geologic reservoirs is critical to geologic sequestration. The objective of this study is to quantify the conditions under which a general (simulated) fault network and a specific (field case) fault network will fail and leak carbon dioxide out of a reservoir. Faults present a potential fast-path for CO{sub 2} leakage from reservoirs to the surface. They also represent potential induced seismicity hazards. It is important to have improved quantitative understandings of the processes that trigger activity on faults and the risks they present. Fortunately, the conditions under which leakage along faults is induced can be predicted and quantified given the fault geometry, reservoir pressure, an in-situ stress tensor. We proposed to expand the current capabilities of fault threshold characterization and apply that capability to a site where is CO{sub 2} injection is active or planned. Specifically, we proposed to use a combination of discrete/explicit and continuum/implicit codes to provide constrain the conditions of fault failure. After minor enhancements of LLNL's existing codes (e.g., LDEC), we would create a 3D synthetic model of a common configuration (e.g., a faulted dome). During these steps, we will identify a field site where the necessary information …